Syringe was developed to be a lightweight service container and dependency injection library designed for use with ASP.NET MVC2.

 

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Syringe is a lightweight Dependency Injection library designed for use with ASP.NET MVC2.
Syringe is used to inject services into controllers.
Syringe can be used in ASP.NET MVC2 applications, or used to instantiate objects in an embedded service to inject into an ASP.NET MVC2 controllers.
Syringe is also a dependency injection library that can be used to inject dependencies into other objects, including command handlers, or even controllers.
Syringe may be used in conjunction with built-in service locator implementations.

Syringe source code is licensed under the terms of the MIT License:
Syringe home page:

Requirements

Requires:
Microsoft.NET Framework 4.0 or higher
Microsoft ASP.NET MVC2 or higher

Project Status

Syringe was active in mid-2009 but was dormant up until July 2012.

Feature Status

Although Syringe was not a released product, it was under active development.

Feature Descriptions

Syringe supports ASP.NET MVC, and provides a number of implementation options for creating dependency injection mechanisms.
It is a lightweight library, and is used to create service locators for use in ASP.NET MVC2 applications.

Syringe supports ASP.NET MVC2. The following example shows the addition of a service locator to a ASP.NET MVC2 application.

// Add a Service Locator to the MVC Controller
public class HomeController : Controller
{
private IUserService _userService;

public ActionResult Index()
{
ViewData[“Title”] = “Home page”;
return View();
}

// Create an instance of the User Service
public void Configure()
{
_userService = Syringe.Builder()
.AddSingleton()

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Isolated from the ASP.NET MVC runtime environment by means of NuGet
Controlled by ASP.NET Dependency Injection framework
Supports “automatic” de-scoping of certain types. (For example, Collection types are automatically de-scoped)
Able to easily share injection of cross-cutting concerns such as user authentication and user roles (i.e. ViewBag, HttpContext etc)
Includes built-in Dependency Injection (DI) for MVC2
Does not enforce a particular DI pattern (such as pure constructor injection)
Includes built-in functionality for injection into MVC ActionFilter Attributes, MVC model binder properties, MVC2 parameters, etc
Supports expression syntax (no attribute and/or generic type constraint requirements)
Can inject scoped dependencies (those with IScope attributes)

Features include:

Registration of an instance of a Type as a class-wide singleton instance (i.e. Syringe Product KeyRegistry.Register())
Registration of multiple instances of a type as a class-wide collection (i.e. SyringeRegistry.Register>())
Creation of a standard container using SyringeRegistry.Register() or via the SyringeContainer.Container()
Ad-hoc Dependency Injection of cross-cutting concerns such as user authentication (i.e. when doing registration, a default implementation of UserManager or ApplicationUserManager is injected into the class)
Ad-hoc Dependency Injection of ActionFilter Attributes (i.e. when registering a class with SyringeRegistry.Register(), you are automatically injected via a default attribute with an Aspect of IAsync [like AsyncAuthorizationAttribute]).
Ad-hoc Dependency Injection of MVC2 model binders properties.
Ad-hoc Dependency Injection of MVC2 parameters (e.g. when registering IEnumerable, a default implementation is injected via a default parameter).
Ad-hoc Dependency Injection of MVC action filters (i.e. when registering a class with SyringeRegistry.Register(), an optional IAsync is automatically injected into an optional action filter attribute).
Custom Dependency Injection of cross-cutting concerns such as user roles (e.g. you may inject your own
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Syringe aims to provide the feature set of other dependency injection containers, but as a lightweight container that is used at runtime, rather than being compiled into your application.

The main approach is injecting dependencies only when they are needed. This is done using the OnActivation() event, which can be implemented in your derived controllers or other handlers to customize the initial
Syringe Controller initialization. The injection logic is also able to be modified at runtime, in order to provide different initialization strategies for different scenarios.

Syringe is:

lightweight – less than 50 lines of code.

mature – already released in production since July 2007.

built-in – doesn’t require any additional framework assemblies.

For more information on how to create custom events, see Generic Listeners in ASP.NET MVC.

Syringe Controller initialization

The most important thing to remember is that Syringe does not require any additional assemblies be installed in order to use it. Syringe also implements the ControllerFactory concept, so all of the necessary assemblies are loaded and configured at runtime.

The following example will be used to explain Syringe Controller initialization, we will start with the minimal scenario and add to it as we go.

Creating a Syringe Controller

The following example will create a basic controller. The constructor will accept a Syringe dependency injection container and an interface:

The derived controller class must be decorated with the [SyringeController] attribute.

Finally, the ContainerInjectionController class must be placed into the App_Code directory.

Adding a View using Syringe

The following example shows a very basic use of Syringe that is used to initialize the controller with its view.

The following controllers are all essentially the same, but only have dependencies on the Syringe dependency injection container, and not on the global HttpContext.

This is useful for creating controllers that are not registered with the ASP.NET MVC framework.

Note that the ViewRegistrationHelperService class also has a virtual GetViewMacros() method to allow you to modify the view macros during runtime.

Simpler use of the Syringe View

The following example shows how to use the default view macros to create a simple controller, it only has one view:

What about Routing?

Yes! We are not limited to using the ViewRegistrationHelperService for views! It can be used to create models, controllers, or

What’s New In Syringe?

Syringe is a lightweight MVC2 Dependency Injection container for injecting dependencies of your controllers and Razor views. Dependencies are resolved using simple configurable rules in a strongly typed manner. Some useful features include:

Resolution of all dependencies available in app_start()

Global variables

Kernel use

Razor syntax for configuring views

Use of Razor

Syringe

Add an XML configuration file to the Syringe project named GlobalVariables.config

Add a SyringeSection in your Global.asax.cs

Add your required dependencies to the GlobalVariables.config

Add any type that your view model requires to the GlobalVariables.config. The best place to do this is in your SyringeSection

Add dependencies to your SyringeKernel. This is added to your Global.asax.cs (if its not there already)

This is the main bootstrap method that will allow your Razor views to work the way it does today. I am injecting the TagBuilder as the TagBuilder is what allows Syringe to work with all the controllers and views using Razor syntax. If you were using HTML helpers instead of Razor syntax, a HtmlHelperService would need to be created and injected.

Create an Razor view without using RazorSyntax in the SyringeKernel class. For an example, please see the LoginViewRazor.cs class

Add any dependency that is not on the TagBuilder to the GlobalVariables.config and inject it into the view from GlobalVariables.cs

User with LoginViewRazor.cs

Hello World. You are not authorized to access this page.

Unfortunately the syntax is not ready for production yet, but can help you see how it works. Here is a screen shot of the LoginViewRazor.cs class. The syringeTagbuilder was added to the global variables.cs

Once the syringeKernel and syringeTagBuilder is included in GlobalVariables.config, you can inject dependencies into a view and use RazorSyntax like you normally would with MVC. For more information on creating custom Razor extensions or custom view engines, please see the Syringe wiki page.

The first thing you do is that you need to include the configuration file in your project. You have 2 options for this. You can add it to your project through an Add Existing Item… right

System Requirements:

Minimum:
OS: Windows 7, Windows 8, Windows 8.1, Windows 10
Processor: Intel Core 2 Duo 2.4 GHz / AMD Athlon X2 64 3.0 GHz / Intel Core i3 or higher
Memory: 2 GB RAM
Hard Disk Space: 2 GB free hard disk space
Graphics: nVidia GeForce 8400 GS or AMD Radeon HD 4250 or higher
DirectX®: Version 9.0
Network: Broadband Internet connection
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